MMA-2020-R
Accurate detection of moisture levels inside Recycled Paper & Cardboard Bales is crucial for quality control, storage and process management as well as pricing. Manufacturers are therefore looking for a cost-effective system that can scan the material easily and accurately. The MMA-2020-R is a non-contact online analyzer, which scans the volume of Recycled Bales and measures its internal moisture. Based on MALCAM's highly successful series of analyzers, the MMA-2020 provides a solution to a pressing need for fast and highly accurate water content determination in the various stages of paper & cardboard recycling, without any interruption to the process. The MMA-2020-R provides better mapping accuracy than any of the traditional online or laboratory measurement methods in use today. Operating under both digital and analog links, MMA-2020-R enables instant availability of all analysis results and data throughout the enterprise.
The MMA-2020-R is designed with a completely open architecture, enabling the creation of totally integrated system customized to specific plant requirements, and the incorporation of any combination of accessories and services. Connectivity to plant process control systems is facilitated via RS-232/422 or Ethernet (TCP/IP, MSQL), analog industry standards (4-20mA, 0-10V) and other data links (RS-232, etc.). Connectivity can also be customized, if required, to data links such as DeviceNet and Profilbus (optional). The MMA-2020-R offers an optional easy-to-read graphic displays, which allow buyers, engineers, plant managers and executives to interpret process conditions and make decisions, thereby reducing material costs and improving quality.
Main Features and Benefits: 
• Online, real-time results
• Highly accurate—volumetric analysis
• Efficient and informed purchasing management
• Increase product quality and value
• Enhanced storage management control
• Optimize process control
• Low cost and fast ROI
• No physical contact with material
• Automatic storage and analysis of results for present and future use
• Minimal operator intervention
• API for interfacing with existing plant information systems
• Insensitive to ambient conditions
• Multi-scenario-based system for different product variations
• Cost-effective, fast ROI
• Complies with all major industry standards
• Easy and long lasting calibration